Debian Astro Spaceship navigation packages

Spacecraft mission analysis, design and simulation ✏

This metapackage will install packages for simulation, design, and tracking of satellites and other spacecraft.

	Package	Version	Description
Official Debian packages with high relevance
▾	gpredict	2.3-115-g0f3beb6-4	programma di inseguimento satellitare
gpredict: programma di inseguimento satellitare ✏ Gpredict è un programma di predizione di orbite e inseguimento satellitare in tempo reale per il desktop Linux. Usa gli algoritmi di propagazione SGP4/SDP4 con insiemi TLE (two-line element) NORAD. Tra le funzionalità principali di Gpredict sono incluse: inseguimento di un vasto numero di satelliti limitato solo dalla memoria fisica e dalla capacità di calcolo del computer; visualizzazione dei dati di inseguimento in elenchi, mappe, grafici polari o qualsiasi combinazione di questi; si possono avere diversi moduli aperti contemporaneamente o in un blocco appunti o ciascuno in una propria finestra. I moduli possono anche essere eseguiti in modalità a tutto schermo; possibilità di usare molte stazioni a terra; predizione dei prossimi passaggi; Gpredict può essere eseguito in tempo reale, in tempo reale simulato (spostamento veloce in avanti e indietro) e controllando il tempo in modo manuale; informazioni dettagliate in modalità tempo reale e non; sintonizzazione doppler di radio usando Hamlib rigctld; controllo del rotore dell'antenna attraverso Hamlib rotctld. Maintainer Debian Hamradio Maintainers tony mancill Versions 2.3-72-gc596101-3 (bullseye) 2.3-72-gc596101-3 (bookworm) 2.3-115-g0f3beb6-4 (trixie) 2.3-115-g0f3beb6-4 (forky) 2.3-115-g0f3beb6-4 (sid) Tags ✏ field astronomy hardware hamradio interface x11 role program scope application suite gnome uitoolkit gtk use learning, monitor x11 application Popularity 79 regular users 148 recent 777 total installations (of 268365 submissions) Debian Maintainer page Bugs Git Upstream Home page Bugs Close
Packaging has started and developers might try the packaging code in VCS
	Package	Version	Description
▾	cspice	66+dfsg-1	Observation geometry system for planetary science missions
cspice: Observation geometry system for planetary science missions Description SPICE (Spacecraft Planet Instrument C-matrix Events) is a NASA ancillary information system used to compute geometric and event information in analyzing and planning science observations obtained from spacecraft. It is also used in planning missions and conducting numerous engineering functions needed to carry out those missions. This package provides the different utilities comprising the CSPICE toolkit. Responsible Debian Astronomy Team Rock Storm Versions 66+dfsg-1 (VCS) Debian Announcement Git Upstream Home page Close
▾	scilab-celestlab	3.0.0-1-3	Library of space flight dynamics functions based on Scilab.
scilab-celestlab: Library of space flight dynamics functions based on Scilab. Description CelestLab is a library of space flight dynamics functions written in Scilab. This library has been developed and is maintained by the CNES (Centre National d'Etudes Spatiales) for mission analysis purposes. The library is used by CNES for the trajectory analysis and orbit design for various type of missions. CelestLab gathers in ten modules about 200 functions that allow mission designers to perform various tasks such as: orbit propagation, attitude computation, elementary manoeuvre computation, change of reference frames, change of coordinates, three body orbit analysis. CelestLab has been validated against the CNES flight dynamics reference software. Selected examples from mission analysis typical studies are provided in the CelestLab help pages. Responsible Debian Science Team Andreas Tille Versions 3.0.0-1-3 (VCS) Debian Git Upstream Home page Close
No known packages available but some record of interest (WNPP bug)
	Package	Version	Description
▾	gmat		Spacecraft mission analysis, desing and simulation
gmat: Spacecraft mission analysis, desing and simulation Description The General Mission Analysis Tool (GMAT) is designed to model, optimize, and estimate spacecraft trajectories in flight regimes ranging from low Earth orbit to lunar applications, interplanetary trajectories, and other deep space missions. GMAT contains high-fidelity space system models, optimization and targeting, built-in scripting and programming infrastructure, and customizable plots, reports and data products, to enable flexible analysis and solutions for custom and unique applications. GMAT can be driven from a fully-featured, interactive Graphical User Interface (GUI), or from a custom script language. Debian Announcement Upstream Home page Close